Preliminary study of planetary science 25 1

General astronomy 284

Introduction to astronomy 282

Astronomical data processing 255

Astronomical software and multimedia 237

Fundamentals of celestial mechanics 153

Introduction to astronomy 158

Spherical astronomy 152

Space exploration 133

Introduction to astronomy 136

Introduction to Astronomical Experiments 130

Solar Physics 136

Stellar atmosphere 164

Mathematical Physics Method II Partial Differential Equation 232

Frontier of modern astronomy 164

Cosmology-the birth, evolution and end of the universe 149

Calculation method 160

Star world 152

Structure and evolution of stars 158

Programming Basis 185

Introduction to Cosmic Physics 153

optics

Training objectives

1. Systematically master the basic theory, knowledge and skills needed for a liberal science student, accept strict scientific thinking and experimental training, have a solid foundation in mathematics and astronomy, and have the ability to participate in international competition;

2. Master the basic theory and measurement technology of astronomy, have the practical working ability of preliminary scientific research, and have a broad understanding of the latest development of astronomy;

3. Strong data processing and computer application skills, and passed the provincial computer grade examination;

4. Proficient in English, having passed CET-4 and CET-6, being able to read foreign language books and periodicals of this major and similar majors smoothly, and being familiar with other methods of obtaining scientific and technological information such as literature retrieval and surfing the Internet.

Cultivation specifications and methods

1. There is only one astronomy major in the Astronomy Department. In the first and second grades, the students of astronomy department are included in the teaching plan of Nanjing University's Basic College, in order to cultivate broad-caliber compound scientific talents. From the third grade, I will study the corresponding courses of astronomy. Besides, I can take courses in different directions as needed, such as mathematics, mechanics or computer application. Students can graduate as long as they have completed certain credits.

2. Excellent students can be equipped with an instructor to guide students' thinking and learning and carry out some scientific research work. After grade three, most students can go to various observatories for scientific research and practice. Senior students can design their own early scientific research and training programs and apply to the Department of Astronomy, which will give them financial support after approval. Starting from the third grade, students with excellent grades can get scholarships from the department (covering more than 50%). Excellent students can recommend graduate students without examination (the proportion of less than 30 students is about 60%).

Curriculum system

The course system of astronomy department consists of four series:

1. general course-compulsory course for the whole school, requiring more than 49 credits;

2. The core course of the discipline-astronomy and related disciplines requires more than 58 credits;

3. The general courses for restricted majors must be completed at least 2 1 credit;

4. Cultural quality course 14 credits, other elective courses 13 credits. 155 total credits must be completed before graduation; And participate in early scientific research training and a graduation thesis.

Teaching plan:

General courses: principles of Marxist philosophy, Marxist political economy, introduction to Mao Zedong Thought, Deng Xiaoping Theory, legal basis, ideological and moral cultivation, military theory and military high technology, situation and policy, physical education (ABCD), college physics experiment (AB), college English (ABCD) and college mathematics (ABC).

Core courses: computer foundation, computer foundation, C language programming, C language programming, college physics (AB), theoretical mechanics, mathematical physics methods, optics, electrodynamics, general astronomy (AB), celestial mechanics, spherical astronomy, measurement astrophysics, theoretical astrophysics, graduation thesis.

Restricted general courses: galaxy physics, data processing, fluid mechanics, celestial mechanics methods, early scientific and technological training, statistical physics, quantum mechanics, modern physical experiments.

Elective courses: X-ray binary stars, introduction to cosmology, numerical calculation methods, lectures on modern astronomy, history of astronomy, basis of general relativity, physics of neutron stars, modern applied mathematics, basis of electronic circuits, introduction to aerospace dynamics, university chemistry and university biology.

Description: 1. A compulsory course of quantum mechanics in astrophysics.

2. Celestial mechanics methods in the direction of astrometry and celestial mechanics are compulsory.